async def on_socket_raw_receive(payload):
if (type(payload) is str):
jsonload = json.loads(payload)
if (jsonload["t"] == "MESSAGE_REACTION_ADD"
and jsonload["d"]["user_id"] != client.user.id):
activeGames = jsonIO.read("activeGames.json")
gameReacts = jsonIO.read("gameReacts.json")
msgID = (str(jsonload["d"]["message_id"]))
origMsg = (str(jsonload["d"]["message_id"]))
if (msgID in gameReacts):
msgID = gameReacts[msgID]
if (msgID in activeGames):
if (activeGames[msgID]["type"] == "minesweeper"):
await gameTypeMinesweeper(jsonload, activeGames, msgID,
origMsg)
from discord.utils import get
import os
import sys
import asyncio
import pathlib
import pickle
import json
from datetime import datetime
import jsonIO
import minesweeper
client = discord.Client()
emojiList = discord.Server.emojis
options = jsonIO.read("options.json")
@client.event
async def on_ready():
print('----------------------')
print('Logged in as: ' + client.user.name)
print('ID: ' + client.user.id)
print('----------------------')
#code for reading messages
@client.event
async def on_message(message):
if message.author.bot:
def __init__(self, path):
f = os.open(path, os.O_RDONLY)
str = os.read(f, 9999)
os.close(f)
self.d = jsonIO.read(str)
pass
import sys
import jsonIO
f = open("/var/www/eHome/eHomeHeizungVals.json","r")
str = f.read()
f.close()
obj = jsonIO.read(str[1:-1])
print obj[sys.argv[1]]
def genNewGame(message_id, row_id, col_id, act_id, size):
#cells are saved as in activegames [flag,open,bomb,neighbors]
try:
gridSize = int(size)
gridSize = min(gridMax, max(gridSize, gridMin))
except:
gridSize = gridMin #random.randint(gridMin, gridMax)
bombcount = math.floor(gridSize * math.log(gridSize, 7))
newGameGrid = []
for x in range(gridSize):
newGameGrid.append([])
for y in range(gridSize):
newGameGrid[x].append([False, False, False, 0])
bombs = []
while (len(bombs) < bombcount):
newBomb = [
random.randint(0, gridSize - 1),
random.randint(0, gridSize - 1)
]
if ((newBomb in bombs) == False):
bombs.append(newBomb)
for b in bombs:
newGameGrid[b[0]][b[1]][2] = True
for y in range(gridSize):
for x in range(gridSize):
neighborCount = 0
neighbors = getNeighbors(x, y, gridSize)
for n in neighbors:
if (newGameGrid[n[0]][n[1]][2] == True): neighborCount += 1
newGameGrid[x][y][3] = neighborCount
if (newGameGrid[x][y][2] == True):
newGameGrid[x][y][3] = -1
#refresh active games
activeGames = jsonIO.read("activeGames.json")
#add new hame to active games
newGame = {
"type": "minesweeper",
"time": datetime.now().isoformat("-"),
"nextSpace": [-1, -1, "none", 0],
"grid": newGameGrid,
"gridSize": gridSize,
"bombcount": bombcount,
"comments": [row_id, col_id, act_id]
}
activeGames[message_id] = newGame
jsonIO.rawWrite(activeGames, "activeGames.json")
gameReacts = jsonIO.read("gameReacts.json")
gameReacts[row_id] = message_id
gameReacts[col_id] = message_id
gameReacts[act_id] = message_id
jsonIO.rawWrite(gameReacts, "gameReacts.json")
decisionRow = []
decisionCol = []
for x in range(gridSize):
decisionRow.append(baseRow[x])
decisionCol.append(baseCol[x])
gridMsg = str(gridToMsg(newGameGrid, gridSize, bombcount))
return [gridMsg, decisionRow, decisionCol, decisionAct]
def onReact(emoji_name, message_id):
package = ["hmm"]
activeGames = jsonIO.read("activeGames.json")
gameReacts = jsonIO.read("gameReacts.json")
game = activeGames[message_id]
gridSize = game["gridSize"]
bombcount = game["bombcount"]
for e in emojicode:
if (emoji_name == emojicode[e][0] or emoji_name == emojicode[e][3][0]):
game["nextSpace"][emojicode[e][1]] = emojicode[e][2]
#delete game
if (emoji_name == emojicode["trash"][0]):
for i in game["comments"]:
gameReacts.pop(i, None)
activeGames.pop(message_id, None)
package = [
"delete",
[
message_id, game["comments"][0], game["comments"][1],
game["comments"][2]
]
]
return package
#check win condition
if (checkWin(game, gridSize, bombcount)):
#uncomment to show board on win
#for y in range(gridSize):
# for x in range(gridSize):
# game["grid"][x][y][1]=True
package = [
"react",
gridToMsg(game["grid"], gridSize, bombcount), decisionWin,
[game["comments"][0], game["comments"][1], game["comments"][2]]
]
return package
#action select
elif (emoji_name == emojicode["click"][0]):
game["nextSpace"][2] = "open"
elif (emoji_name == emojicode["flag"][0]):
game["nextSpace"][2] = "flag"
#action confirmed
elif (emoji_name == emojicode["check"][0] and game["nextSpace"][0] != -1
and game["nextSpace"][1] != -1 and game["nextSpace"][2] != "none"):
if (game["nextSpace"][2] == "flag"):
if (game["grid"][game["nextSpace"][0]][game["nextSpace"][1]][0] ==
True):
game["grid"][game["nextSpace"][0]][game["nextSpace"]
[1]][0] = False
elif (game["grid"][game["nextSpace"][0]][game["nextSpace"][1]][1]
== False):
game["grid"][game["nextSpace"][0]][game["nextSpace"]
[1]][0] = True
package = ["edit", gridToMsg(game["grid"], gridSize, bombcount)]
elif (game["nextSpace"][2] == "open"):
if (game["grid"][game["nextSpace"][0]][game["nextSpace"][1]][0]
== False and
game["grid"][game["nextSpace"][0]][game["nextSpace"][1]][2]
== True):
#uncomment to show board on lose
for y in range(gridSize):
for x in range(gridSize):
game["grid"][x][y][1] = True
package = [
"react",
gridToMsg(game["grid"], gridSize, bombcount), decisionLose,
[
game["comments"][0], game["comments"][1],
game["comments"][2]
]
]
elif (game["grid"][game["nextSpace"][0]][game["nextSpace"][1]][0]
== False):
game["grid"][game["nextSpace"][0]][game["nextSpace"]
[1]][1] = True
gridOpen(game["grid"], game["nextSpace"][0],
game["nextSpace"][1], gridSize)
package = [
"edit",
gridToMsg(game["grid"], gridSize, bombcount)
]
else:
package = [
"edit",
gridToMsg(game["grid"], gridSize, bombcount)
]
game["nextSpace"][0] = -1
game["nextSpace"][1] = -1
game["nextSpace"][2] = "none"
elif (emoji_name == emojicode["check"][0]):
package = ["edit", gridToMsg(game["grid"], gridSize, bombcount)]
jsonIO.rawWrite(activeGames, "activeGames.json")
jsonIO.rawWrite(gameReacts, "gameReacts.json")
return package
"n": ["\U0001f1f3", 1, 13, [""]],
"o": ["\U0001f1f4", 1, 14, [""]],
"q": ["\U0001f1f6", 1, 16, [""]],
"s": ["\U0001f1f8", 1, 18, [""]],
"w": ["\U0001f1fc", 1, 22, [""]],
"flag": ["\U0001f6a9", 3, 0, [""]],
"click": ["\U00002196", 3, 0, [""]],
"pop": ["\U0001f389", 3, 0, [""]],
"trash": ["\U0001f5d1", 3, 0, [""]],
"check": ["\U00002705", 3, 0, [""]],
"turtle": ["\U0001F422", 3, 0, [""]],
"pig": ["\U0001F437", 3, 0, [""]]
}
#load active games
activeGames = jsonIO.read("activeGames.json")
#game board min and max side length
gridMin = 5
gridMax = 10
#emoji codes for game board
bombEmoji = ["\U00002734\U0000FE0F", "\U0001F4A3", "\U0001F4A5"]
numbersEmoji = [
"\U00002b1c", "\U00002b1b", emojicode["1"][0], emojicode["2"][0],
emojicode["3"][0], emojicode["4"][0], emojicode["5"][0], emojicode["6"][0],
emojicode["7"][0], emojicode["8"][0], emojicode["9"][0], emojicode["10"][0]
]
lettersEmoji = [
":octagonal_sign:", emojicode["a"][0], emojicode["b"][0],
emojicode["c"][0], emojicode["d"][0], emojicode["e"][0], emojicode["f"][0],
